Safety application of disposable protective clothing in advance, everyone must ensure that the scope of application of chemical protective clothing before dressing, that is, whether the protective clothing is in good condition. Appearance inspection: Check whether there is environmental pollution on the surface of the protective clothing, whether the stitching thread is cracked, and whether there are cracks in the clothes and trousers. For airtight protective clothing, a professional air-tightness tester should be used to carry out air-tightness testing on time (once every six months), so that the protective clothing can give full play to the situation of emergency clothing. Checking before dressing is critical. If you can tell by working experience alone, it is considered safe equipment, but in fact, unsafe conditions are likely to lead to more serious accidents. Proper yardage: Before dressing, make sure that the yardage of the protective clothing is the appropriate yardage. Large or too small will cause inconvenience in walking or accidental hanging or tearing during the whole process of work. Remove sharp objects and take out the excess keys, fruit knives, pens, etc. from the body to prevent damage to the protective clothing during work.
Choosing a venue: The dressing room is an ideal clothing venue, if not, it should be carried out in a relatively natural environment without environmental pollution. Under the standards of emergency rescue, clothing should be carried out in cold areas. Other necessary auxiliary system software Before applying chemical protective clothing, it should be ensured that other necessary auxiliary system software such as gas path machinery and equipment, cleaning machinery and equipment are ready. According to the safety protection function, it can be divided into physical and mental health protective clothing, such as radiation protection clothing for pregnant women, mountaineering clothing, thermal insulation clothing and antibacterial clothing, etc.; safety protective clothing Flammable protective clothing, electric solitary protective clothing, anti-static overalls, bullet-proof clothing, stab-resistant clothing, space suits, diving suits, acid and alkali-resistant clothing and moth-proof clothing, etc.; work clothing to maintain the wearer’s environmental hygiene, such as oil-proof Clothing, dust-proof clothing and oil-repellent clothing, etc. The structure of the protective clothing has anti-infiltration effect, good air permeability, high super strength, and high hydrostatic pressure resistance. The key should be the application in industrial production, electronic devices, diagnosis and treatment, anti-chemical, anti-bacterial infection and other natural environments. In addition to achieving high toughness and super wear resistance, there are often differences due to different safety protection goals and basic principles of safety protection, from natural stone such as cotton, wool, silk, lead, vulcanized rubber, plastic, epoxy resin, synthetic fiber, etc. Composite materials, to new and new functional materials and polymer materials, such as: impact-resistant alicyclic acrylic resin and high-toughness and high-toughness polyethylene fiber products, oil-repellent fluorine-containing compounds, and radiation-proof polyacrylonitrile chemistry Fiber, anti-static aggregate nylon complexed with copper chemical fiber, antibacterial chemical fiber and textiles that have been deodorized and combed.
